Dwarf Planet Pluto

On Pluto, one day is about 6.4 Earth days long, so Charon would rise above the horizon twice a day. This is because Pluto and Charon are tidally locked, meaning they always show the same face to each other as they orbit, so Charon rises and sets every 3.2 Earth days from Pluto's perspective.

Pluto didnt get replaced, its still there. There were other planets like Pluto that were discovered in the last couple of decades or so - the same sort of size and further out from the sun. These include Makemake and Sedna to name a couple.

Pluto lost its status as a planet in 2006 when the International Astronomical Union redefined the criteria for what constitutes a planet. Pluto did not meet the new criteria because it did not clear its orbit of other debris. Instead, it was reclassified as a dwarf planet.

No Pluto is almost as big as the 50 states with charon touching Pluto

"White dwarf" typically refers to a small hot star off the main sequence--after its collapse from a red giant. This is in contrast to a red dwarf which never got big enough to expand to a red giant.

Pluto, in contrast, is a dwarf planet--far smaller than any star. It is essentially a big dirty snowball. So its albedo is high enough (it reflects enough light) to make it appear light gray in color.

A dwarf planet, although that designation continues to be disputed by some scientists.

Astronomers used to consider that Pluto was a planet and have now stated it is just one of many objects in the Kuiper Belt. The Kuiper Belt is made of the leftovers in the creation of the Solar System.

The Kuiper Belt is a region of the solar system beyond Neptune that contains many small icy bodies and dwarf planets, while the Oort Cloud is a theoretical region much farther from the sun that is believed to contain a vast number of icy bodies. The Kuiper Belt is closer to the sun and more well-defined, while the Oort Cloud is much more distant and its existence is based on theoretical predictions rather than direct observations.

Hydra, one of Pluto's moons, has a reddish color. This coloration is likely due to organic material on its surface, which has been created through the interaction of cosmic rays with methane and other molecules.

Volcanoes can release a variety of gases including water vapor, carbon dioxide, sulfur dioxide, hydrogen sulfide, and other gases. These gases can impact air quality, contribute to acid rain formation, and affect climate by creating particles that reflect sunlight. Monitoring volcanic gas emissions helps scientists understand volcanic activity and assess potential hazards.

As of September 2014, 850 exoplanets had been discovered in 2014. NASA's Kepler mission announced February 26, 2014 the discovery of 715 new planets; the largest number of planets ever unveiled at once.

Charon, also known as Pluto I, is the largest of the five known natural satellites of the dwarf planet Pluto. It was discovered in 1978 at the United States Naval Observatory in Washington, D.C., using photographic plates taken at the United States Naval Observatory Flagstaff Station. With half the diameter and one eighth the mass of Pluto, it is a very large moon in comparison to its parent body. Its gravitational influence is such that the barycenter of the Pluto-Charon system lies outside Pluto. In September 2016, astronomers announced that the reddish-brown cap of the north pole of Charon is composed of tholins, organic macromolecules that may be essential ingredients of life, and produced from methane, nitrogen and related gases released from the atmosphere of Pluto and transferred over about 19,000 km distance to the orbiting moon. The New Horizons spacecraft is the only probe that has visited the Pluto system. It approached Charon to within 27,000 km in 2015.

Pluto is considered a rocky dwarf planet, as it is much smaller in size compared to the traditional gas giants in our solar system like Jupiter and Saturn. It is primarily composed of rock and ice, with a thin atmosphere of nitrogen, methane, and carbon monoxide.

It is estimated that there are trillions of comets in the Oort cloud. These comets are believed to be remnants from the early solar system and are located in a spherical region surrounding the solar system at distances ranging from about 2,000 to 100,000 astronomical units (AU) from the Sun.

Pluto orbits just like any of the other planets its just a dwarf planet.

No, Mercury is larger than Eris. Mercury is one of the four terrestrial planets in our solar system and is the smallest of the four. Eris is a dwarf planet located beyond Neptune in the Kuiper Belt.

Pluto is not considered a planet anymore because its size and characteristics don't match the current definition of a planet set by the International Astronomical Union in 2006. Pluto is now classified as a dwarf planet as it has not cleared its orbit of other debris.

Assuming that you were ever to travel to Neptune, the mere size and color would probably send "Shock and Awe" throughout your body. Let's assume that you actually got close enough and even managed to decend into the atmosphere...

For starters, there are constant windstorms which reach approximately 700 MPH, so landing your craft simply wouldn't be possible. Additionally, you should understand that this is a Gas Giant, and therefore actually "landing" your craft is almost physcially impossible since it may technically have a very small "earthy" core. If you were so unfortunate enough to find yourself in said-craft and decending through the atmosphere, anyone watching from outside of the Gas Giant would simply see you disappear as the atmosphere is made up of Helium and hydrogen...basically you would simply suffocate, assuming that the terrorist winds and storms didn't destroy you first.

The rest is simply history as you wouldn't even cause the smallest of ripples after entering the Gas Giant. No one would ever know you had entered the atmosphere and you would never be found again.

Neptune is farther from the Sun than Pluto all the time. On average, Neptune is about 4.5 billion kilometers from the Sun, while Pluto is about 5.9 billion kilometers away. Neptune's average distance from the Sun places it beyond Pluto at all times during their orbits.

Orbits don't have a beginning or end, so it can't really finish. It's like an endless loop that keeps going around and around. It takes 247.92 years to make one trip around that loop.

The French word for "Pluto" is "Pluton".

The radiation level on Pluto is extremely low compared to other planets in our solar system. The lack of a significant atmosphere on Pluto means that the surface is not shielded from cosmic radiation and solar radiation, but the overall level is still very low.

Genetic composition refers to the complete set of genes in an individual's DNA. It includes all the alleles and variations that determine an organism's traits. It can also refer to the specific combination of alleles present in an individual's genotype.

It takes roughly 248 years for Pluto to orbit the Sun once.

2012-1776=236 years

236/248=0.95 orbits

As you can see, Pluto is ALMOST done with one orbit around the Earth, going from the year 1776 to 2012.